交通节能与环保
交通節能與環保
교통절능여배보
MARINE ENERGY SAVING
2014年
4期
31-33
,共3页
浸出液%pH%重金属
浸齣液%pH%重金屬
침출액%pH%중금속
leaching liquid%pH%heavy metal
本文通过纯水浸提煤炭中的重金属，模拟自然降水或人工喷淋对港区存放的煤炭淋溶作用，结果显示浸出液的pH略呈下降趋势，而Cu、Zn、Pb、Cd的含量全部在μg/L级别，远远小于《危险废物鉴别标准浸出毒性鉴别》GB5085.3-2007的标准限值，说明大量水浸情况下，浸出液对周遭环境危害较小，不足以按照危险废物处理。
本文通過純水浸提煤炭中的重金屬，模擬自然降水或人工噴淋對港區存放的煤炭淋溶作用，結果顯示浸齣液的pH略呈下降趨勢，而Cu、Zn、Pb、Cd的含量全部在μg/L級彆，遠遠小于《危險廢物鑒彆標準浸齣毒性鑒彆》GB5085.3-2007的標準限值，說明大量水浸情況下，浸齣液對週遭環境危害較小，不足以按照危險廢物處理。
본문통과순수침제매탄중적중금속，모의자연강수혹인공분림대항구존방적매탄림용작용，결과현시침출액적pH략정하강추세，이Cu、Zn、Pb、Cd적함량전부재μg/L급별，원원소우《위험폐물감별표준침출독성감별》GB5085.3-2007적표준한치，설명대량수침정황하，침출액대주조배경위해교소，불족이안조위험폐물처리。
Based on the pure water leaching of heavy metals in coal,imitating outdoor coal eluviated by nat-ural rainfall or artificial spray. The results show that the leaching liquid pH was slightly declining,and Cu, Zinc, Pb, Cd were inμg/L level, far less than the hazardous waste identification standard of GB5085.3-2007. It suggests that leaching liquid was less harmful to environment when coal was immersed by big amount of water.
